Add op monitor to primitives

xml/article_pacemaker_remote.xml

@@ -743,7 +743,8 @@ ssh: connect to host &node4; port 3121: Connection refused</screen>
    <procedure>
     <step>
      <para>Create a dummy resource:</para>
-     <screen>&prompt.root;<command>crm configure primitive fake1 ocf:pacemaker:Dummy</command></screen>
+<screen>&prompt.root;<command>crm configure primitive fake1 ocf:pacemaker:Dummy \
+  op monitor timeout=20s interval=10s</command></screen>
     </step>
     <step>
      <para>Check the cluster status with the <command>crm status</command> command.

xml/geo_ip_i.xml

@@ -78,7 +78,8 @@
   <command>ip="192.168.3.4" \</command><co xml:id="co-dyn-dns-ip"/>
   <command>keyfile="<replaceable>/etc/whereever/Kgeo-update*</replaceable>.key" \</command><co xml:id="co-dyn-dns-key"/>
   <command>server="192.168.1.1" \</command><co xml:id="co-dyn-dns-srv"/>
-  <command>serverport="53"</command><co xml:id="co-dyn-dns-srv-port"/></screen>
+  <command>serverport="53" \</command><co xml:id="co-dyn-dns-srv-port"/>
+  <command>op monitor timeout=30s interval=10s</command></screen>
   <calloutlist>
    <callout arearefs="co-dyn-dns-hostname">
     <para>

xml/geo_resources_i.xml

@@ -192,7 +192,8 @@
 <screen>&prompt.crm.conf;<command>primitive ip-booth ocf:heartbeat:IPaddr2 \
   params iflabel="ha" nic="eth1" cidr_netmask="24" \
   params rule #cluster-name eq &cluster1; ip="192.168.201.100" \
-  params rule #cluster-name eq &cluster2; ip="192.168.202.100"</command>
+  params rule #cluster-name eq &cluster2; ip="192.168.202.100"\
+  op monitor timeout=20s interval=10s</command>
 &prompt.crm.conf;<command>primitive booth-site ocf:pacemaker:booth-site \
   meta resource-stickiness="INFINITY" \
   params config="nfs" op monitor interval="10s"</command>

xml/ha_configuring_resources.xml

@@ -864,7 +864,8 @@
        <para>
         Configure the primitive, for example:
        </para>
-  <screen>&prompt.crm.conf;<command>primitive Apache apache</command></screen>
+  <screen>&prompt.crm.conf;<command>primitive Apache apache \
+  op monitor timeout=20s interval=10s</command></screen>
       </step>
       <step>
        <para>

xml/ha_fencing.xml

@@ -362,11 +362,13 @@
     </para>
 <screen>&prompt.root;<command>crm configure</command>
 &prompt.crm.conf;<command>primitive st-ibmrsa-1 stonith:external/ibmrsa-telnet \
-params nodename=&node1; ip_address=192.168.0.101 \
-username=USERNAME password=PASSW0RD</command>
+  params nodename=&node1; ip_address=192.168.0.101 \
+  username=USERNAME password=PASSW0RD \
+  op monitor timeout=20s interval=3600s</command>
 &prompt.crm.conf;<command>primitive st-ibmrsa-2 stonith:external/ibmrsa-telnet \
-params nodename=&node2; ip_address=192.168.0.102 \
-username=USERNAME password=PASSW0RD</command>
+  params nodename=&node2; ip_address=192.168.0.102 \
+  username=USERNAME password=PASSW0RD \
+  op monitor timeout=20s interval=3600s</command>
 &prompt.crm.conf;<command>location l-st-&node1; st-ibmrsa-1 -inf: &node1;</command>
 &prompt.crm.conf;<command>location l-st-&node2; st-ibmrsa-2 -inf: &node2;</command>
 &prompt.crm.conf;<command>commit</command></screen>

xml/ha_gfs2.xml

@@ -143,7 +143,8 @@
      Configure <literal>external/sbd</literal> as the fencing device:
     </para>
 <screen>&prompt.crm.conf;<command>primitive sbd_stonith stonith:external/sbd \
-    params pcmk_delay_max=30 meta target-role="Started"</command></screen>
+    params pcmk_delay_max=30 meta target-role="Started" \
+    op monitor timeout=20s interval=3600s</command></screen>
    </step>
    <step>
     <para>

xml/ha_ocfs2.xml

@@ -255,7 +255,8 @@
      Configure <literal>external/sbd</literal> as the fencing device:
     </para>
 <screen>&prompt.crm.conf;<command>primitive sbd_stonith stonith:external/sbd \
-  params pcmk_delay_max=30 meta target-role="Started"</command></screen>
+  params pcmk_delay_max=30 meta target-role="Started" \
+  op monitor timeout=20s interval=3600s</command></screen>
    </step>
    <step>
     <para>

xml/ha_resource_constraints.xml

@@ -282,7 +282,8 @@
      Another example is a location with ping:
     </para>
 <screen>&prompt.crm.conf;<command>primitive ping ping \
-    params name=ping dampen=5s multiplier=100 host_list="r1 r2"</command>
+    params name=ping dampen=5s multiplier=100 host_list="r1 r2" \
+    op monitor timeout=60s interval=10s</command>
 &prompt.crm.conf;<command>clone cl-ping ping meta interleave=true</command>
 &prompt.crm.conf;<command>location loc-node_pref internal_www \
     rule 50: #uname eq &node1; \
@@ -302,8 +303,8 @@
      <varname>loc-&node1;</varname>, referencing the virtual IP addresses
      <varname>vip1</varname> and <varname>vip2</varname>:
     </para>
-<screen>&prompt.crm.conf;<command>primitive vip1 IPaddr2 params ip=&subnetI;.5</command>
-&prompt.crm.conf;<command>primitive vip2 IPaddr2 params ip=&subnetI;.6</command>
+<screen>&prompt.crm.conf;<command>primitive vip1 IPaddr2 params ip=&subnetI;.5 op monitor timeout=20s interval=10s</command>
+&prompt.crm.conf;<command>primitive vip2 IPaddr2 params ip=&subnetI;.6 op monitor timeout=20s interval=10s</command>
 &prompt.crm.conf;<command>location loc-&node1; { vip1 vip2 } inf: &node1;</command></screen>
     <para>
      In some cases it is much more efficient and convenient to use resource
@@ -725,8 +726,8 @@
       two virtual IPs (<varname>vip1</varname> and <varname>vip2</varname>)
       on the same node, <varname>&node1;</varname>:
      </para>
-<screen>&prompt.crm.conf;<command>primitive vip1 IPaddr2 params ip=&subnetI;.5</command>
-&prompt.crm.conf;<command>primitive vip2 IPaddr2 params ip=&subnetI;.6</command>
+<screen>&prompt.crm.conf;<command>primitive vip1 IPaddr2 params ip=&subnetI;.5 op monitor timeout=20s interval=10s</command>
+&prompt.crm.conf;<command>primitive vip2 IPaddr2 params ip=&subnetI;.6 op monitor timeout=20s interval=10s</command>
 &prompt.crm.conf;<command>location loc-&node1; { vip1 vip2 } inf: &node1;</command></screen>
     </example>
     <para>
@@ -1534,16 +1535,20 @@
 &prompt.crm.conf;<command>node &node3; utilization hv_memory="4000"</command>
 &prompt.crm.conf;<command>primitive xenA Xen \
     utilization hv_memory="3500" meta priority="10" \
-    params xmfile="/etc/xen/shared-vm/vm1"</command>
+    params xmfile="/etc/xen/shared-vm/vm1" \
+    op monitor timeout=30s interval=10s</command>
 &prompt.crm.conf;<command>primitive xenB Xen \
     utilization hv_memory="2000" meta priority="1" \
-    params xmfile="/etc/xen/shared-vm/vm2"</command>
+    params xmfile="/etc/xen/shared-vm/vm2" \
+    op monitor timeout=30s interval=10s</command>
 &prompt.crm.conf;<command>primitive xenC Xen \
     utilization hv_memory="2000" meta priority="1" \
-    params xmfile="/etc/xen/shared-vm/vm3"</command>
+    params xmfile="/etc/xen/shared-vm/vm3" \
+    op monitor timeout=30s interval=10s</command>
 &prompt.crm.conf;<command>primitive xenD Xen \
     utilization hv_memory="1000" meta priority="5" \
-    params xmfile="/etc/xen/shared-vm/vm4"</command>
+    params xmfile="/etc/xen/shared-vm/vm4" \
+    op monitor timeout=30s interval=10s</command>
 &prompt.crm.conf;<command>property placement-strategy="minimal"</command></screen>
     <para>
      With all three nodes up, xenA is placed onto a node first, followed

xml/ha_storage_protection.xml

@@ -875,9 +875,11 @@ Received command test from &node2; on disk /dev/disk/by-id/<replaceable>DEVICE_I
       and survives in a split-brain scenario:
       </para>
 <screen>&prompt.crm.conf;<command>primitive st-sbd-&node1; stonith:external/sbd params \
-pcmk_host_list=&node1; pcmk_delay_base=20</command>
+  pcmk_host_list=&node1; pcmk_delay_base=20 \
+  op monitor timeout=20s interval=3600s</command>
 &prompt.crm.conf;<command>primitive st-sbd-&node2; stonith:external/sbd params \
-pcmk_host_list=&node2; pcmk_delay_base=0</command></screen>
+  pcmk_host_list=&node2; pcmk_delay_base=0 \
+  op monitor timeout=20s interval=3600s</command></screen>
      </listitem>
     </varlistentry>
     <varlistentry>
@@ -891,7 +893,8 @@ pcmk_host_list=&node2; pcmk_delay_base=0</command></screen>
        a unified fencing resource targeting multiple nodes.
       </para>
 <screen>&prompt.crm.conf;<command>primitive stonith_sbd stonith:external/sbd \
-params pcmk_delay_max=30</command></screen>
+  params pcmk_delay_max=30 \
+  op monitor timeout=20s interval=3600s</command></screen>
       <warning>
        <title><parameter>pcmk_delay_max</parameter> might not prevent double reset
        in a split-brain scenario</title>
@@ -1226,7 +1229,8 @@ Illegal request, Invalid opcode</screen>
      <para> Add a file system primitive for Ext4, using a stable device name for
      the disk partition: </para>
      <screen>&prompt.crm.conf;<command>primitive ext4 Filesystem \
-    params device="/dev/disk/by-id/<replaceable>DEVICE_ID</replaceable>" directory="/mnt/ext4" fstype=ext4</command></screen>
+    params device="/dev/disk/by-id/<replaceable>DEVICE_ID</replaceable>" directory="/mnt/ext4" fstype=ext4 \
+    op monitor timeout=40s interval=20s</command></screen>
     </step>
     <step>
      <para> Add the following order relationship plus a collocation between the
@@ -1633,7 +1637,8 @@ Illegal request, Invalid opcode</screen>
         If you changed diskless SBD to disk-based SBD, you must configure a &stonith; resource
         for SBD. For example:
       </para>
-<screen>&prompt.root;<command>crm configure primitive stonith-sbd stonith:external/sbd</command></screen>
+<screen>&prompt.root;<command>crm configure primitive stonith-sbd stonith:external/sbd \
+  op monitor timeout=20s interval=3600s</command></screen>
       <para>
         For more information, see <xref linkend="st-ha-storage-protect-fencing-static-random"/> in
         <xref linkend="pro-ha-storage-protect-fencing"/>.